Resources by Year
Please view the presentations and videos form the lectures given at the Heliophysics Summer Schools, sorted by year.
Go to year:
| Speaker | Presentations |
|---|---|
| Fran Bagenal | Intro to Magnetosphere |
| Lauren Blum | Magneto-Ionosphere System |
| Tom Bogdan | The Physics of Heliophysics |
| David Brain | Comparative Planetary Environments |
| David Brain | Planetary Habitability I |
| David Brain | Planetary Habitability II (Atmospheric Escape) |
| Bob Ergun | Heating and Acceleration Energetic Particles |
| Bob Ergun | Particle Orbits, Transport |
| Raluca Ilie | MagnetoHydroDynamics: an introduction |
| Ben Lynch | Magnetic Instability/Activity |
| Ben Lynch | Magnetic Structures |
| Robert Marshall | Ionosphere Long Term variability |
| Robert Marshall | Structure of the Ionosphere |
| Matthias Rempel | Planetary Dynamos |
| Matthias Rempel | Stellar Dynamos |
| Anna Tenerani | Turbulence |
| Marco Velli | Neutral Fluids and Plasmas |
| Marco Velli | Stellar Winds and Astrospheres |
| Speaker | Presentations |
|---|---|
| Student Brainstorming | Student Brainstorming |
| Subhamoy Chatterjee | Where does AI/ML stand in the domain of Heliophysics |
| Mark Cheung | Solar Data |
| Mark Cheung | Solar Data Part 2 |
| Christina Cohen | Core Lecture Activities: SEP's and Space Weather Impacts |
| Christine Gabrielse | Magnetosphere Data |
| Christine Gabrielse | Magnetosphere Data Part 2 |
| Joe Giacalone | Solar Wind Modeling |
| Joe Giacalone | Solar Wind Modeling Part 2 |
| Nicholas Gross | Core Lecture Activities: Solar Interior |
| Nicholas Gross | Lab 1: Expert Group Summary |
| Nicholas Gross | Lab 1: Jigsaw Groups |
| Nicholas Gross | Lab 1: Jigsaw Groups Part 2 |
| Nicholas Gross | Lab 2: Global Structure of the Solar Wind Part 1 |
| Nicholas Gross | Lab 2: Global Structure of the Solar Wind Part 2 |
| Nicholas Gross | Lab 3: Comparative Magnetospheres |
| Nicholas Gross | Lab 3: Review of Magnetosphere Lab Results |
| Nicholas Gross | Lab 4: Ionosphere Lab Part 1 |
| Nicholas Gross | Lab 4: Ionosphere Lab Part 2 |
| Sue Lepri | Solar Wind Data |
| Sue Lepri | Solar Wind Data Part 2 |
| Slava Merkin | Magnetosphere Modeling |
| Slava Merkin | Magnetosphere Modeling Part 2 |
| Mark Moldwin | A Tribute to Parker and Siscoe |
| Mark Moldwin | Core Lecture Activities: Why do the planets have a magnetosphere and ionsphere |
| Antonia Savcheva | Solar Modeling |
| Antonia Savcheva | Solar Modeling Part 2 |
| Karel Schrijver | Discussion Activities |
| Matt Zetterren | Ionosphere Modeling |
| Matt Zetterren | Ionosphere Modeling Part 2 |
| Shasha Zou | Ionosphere Data |
| Speaker | Presentations |
|---|---|
| Amitava Bhattacharjee | Dynamo Theory Basics
Start video at 1:28:28 |
| David Brain | Planetary Atmospheres and Habitability |
| Ben Chandran | Solar Wind Acceleration and Coronal Heating |
| Nicholas Featherstone | Large-Scale Dynamics of the Solar Interior |
| Joe Giacalone | Aspects of the Physics of High-Energy Charged Particles in the Heliopshere
Start video at 49:40 |
| Madhulika Guhathakurta | Heliosphere Division Snapshot |
| Dana Longcope | Overview of Cycles and Long Term Variability in the Heliopshere |
| Dana Longcope | Why Do the Earth and Planets Have an Ionosphere and Magnetosphere |
| Dana Longcope | Why Do the Earth and Sun Have Magnetic Fields? |
| Scott McIntosh | Solar Cycle Prediction
Start video at 1:29:00 |
| Merav Opher | Structure of the Heliosphere Part 1 |
| Merav Opher | Structure of the Heliosphere Part 2
Start Video at 51:00 |
| Elena Provornikova | Interstellar Probe
Start Video at 47:20 |
| Sabine Stanley | Planetary Fields and Dynamos
Start Video at 1:50:40 |
| Shasha Zou | Ionosphere and Thermosphere Basics |
| Speaker | Presentations |
|---|---|
| Fran Bagenal | Planetary Magnetospheres
|
| Amitava Bhattacharjee | Core Lecture 2: Kinetic Theory |
| Amitava Bhattacharjee | Magnetic Reconnection
|
| Ben Chandran | Solar Wind: Particle Distribution Functions
|
| Ben Chandran | Solar Wind: Structure and Turbulence
|
| Robert Ergun | Magnetopshere: Reconnection & Substorms Part 2 |
| Robert Ergun | Magnetosphere: Reconnection & Substorms, Part 1
|
| Lika Guhathakurta, Ryan McGranaghan, Andres Munoz-Jaramillo | Big DataArtificial Intelligence for Space Exploration and All Humankind Applications of Deep Learning in Heliophysics |
| Thomas Immel | Ionosphere Part 1
|
| Thomas Immel | Ionosphere Part 2 |
| Dana Longcope | Core 3:Ionosphere-Thermosphere-Mesosphere Focus |
| Dana Longcope | Core Lecture 1: Why does the Sun have a Corona and Wind? |
| Dana Longcope | Orbital Mechanics |
| Jon Sample | In Situ Instruments and Measurements
|
| Speaker | Presentations |
|---|---|
| Stuart Bale | Stellar and Solar Winds
|
| Amitava Bhattacharjee | Dynamo Theory: Basics
|
| Amitava Bhattacharjee | Explosive Events: CMEs, Flares and Substorms
|
| Ofer Cohen | Coronae, Heliospheres and Astrospheres
|
| Ofer Cohen | Evolution on Short and Long Time Scales
|
| Chuanfei Dong | Living with Stars and Societal Relevance
|
| Nicholas Featherstone | Planetary Dynamos
|
| Nicholas Featherstone | Stellar Dynamos
|
| Madhulika Guhathakurta | Artificial Intelligence for Space Exploration and All Humankind |
| Dana Longcope | Why do Sun and Planets have Magnetic Fields?
|
| Dana Longcope | Why do the Earth & Planets have Ionospheres? Magnetospheres?
|
| Dana Longcope | Why does the Sun Have a Corona and a Wind?
|
| James Slavin | Planetary MagnetospheresPlanetary Magnetospheres (part 2)
|
| Jan Sojka | Long-Term Evolution of the Geospace Climate
|
| Jan Sojka | Planetary Ionospheres
|
| Speaker | Presentations |
|---|---|
| Fran Bagenal | Planetary Magnetospheres (pdf)
|
| Amitava Bhattacharjee | Dynamo Theory: Basics
|
| Amitava Bhattacharjee | Turbulence in Fluids and Space Plasmas
|
| Ofer Cohen | Comparative Heliophysics
|
| Nicholas Gross | Lab 1: Tracking a Solar Storm |
| Nicholas Gross | Lab 2: Solar Dynamos |
| Nicholas Gross | Lab 3: Solar Wind |
| Nicholas Gross | Lab 4: Comparative Magnetospheres |
| Nicholas Gross | Lab 5: Variations in Solar IrradianceLab 6: Exploring Ionosphere Structures |
| Madhulika Guhathakurta | Eclipse & Comparative Heliophysics
|
| Greg Kopp | Solar Spectral Irradiance: Measurements and Models
|
| Marty Lee | Acceleration and Heating in the Solar Wind (pdf)Cosmic Rays
|
| Marty Lee | Energetic Particles in the Heliosphere (pdf)
|
| Dana Longcope | Why do the Sun and Planets have Magnetic Fields?
|
| Dana Longcope | Why Does the Earth Have a Magnetosphere, Radiation Belts & an Ionosphere?
|
| Dana Longcope | Why is there a Corona and a Wind?
|
| Mark Miesch | Planetary Fields and Dynamos (pdf)
|
| Mark Miesch | Solar Internal Flows and Dynamo Action
Homework
This is an optional homework problem (e-mail Dr. Miesch for solution key). |
| Jan Sojka | Long-term Evolution of the Geospace Climate (pdf)
This lecture is actually Jan Sojka's Chapter 14 in Textbook III |
| Jan Sojka | Terrestrial Ionospheres (pdf)Terrestrial Ionospheres (animated)
|
| Lisa Upton | Solar Cycle Predictions (pdf)
|
| Speaker | Presentations |
|---|---|
| Vladimir Airapetian | Comparative Heliophysics
|
| Amitava Bhattacharjee | Large-Scale Instabilities |
| Amitava Bhattacharjee | Magnetic Reconnection and Energy Conversions
|
| Doug Biesecker | Effects of Space Weather & Mitigation Strategies
|
| Doug Biesecker | Forecasting Space Weather Events |
| Tim Fuller-Rowell |
|
| Nicholas Gross | Lab 1: SWx Events |
| Nicholas Gross | Lab 2: Solar Dynamo |
| Nicholas Gross | Lab 3: Solar Wind |
| Nicholas Gross | Lab 5: Comparative Magnetospheres |
| Madhulika Guhathakurta | Comparative Heliophysics
|
| Dana Longcope | Why do Sun and Planets Have Magnetic Fields?
|
| Dana Longcope | Solar Flares
|
| Dana Longcope | Why does the Earth have a Magnetosphere, Radiation Belts & an Ionosphere?
|
| Dana Longcope | Why is There a Corona & a Wind?
|
| Merav Opher |
|
| Merav Opher |
|
| Neal Savani | CMEs
|
| Lisa Upton | Introduction to the Solar Dynamo |
| Speaker | Presentations |
|---|---|
| Fran Bagenal | Dynamos and Magnetospheres of the Planets
|
| Fran Bagenal | Formation & Habitability of Planets
Homework
|
| Amitava Bhattacharjee | Basic Plasma Concepts and Models
|
| Jack Gosling | Structure and Evolution of the Three Dimensional Solar Wind
Homework
Solution
|
| Randy Jokipii | Cosmic Rays
Homework
|
| Greg Kopp | Solar Irradiances
|
| Greg Kopp | Solar Variability and Earth’s Climate
|
| Dana Longcope | Introduction to Heliophysics |
| Mark Miesch | Lab: Solar Convection and Dynamo |
| Mark Miesch | Solar Convection and the Solar Dynamo
Homework
Solution
|
| Matthias Rempel | Creation and Destruction of Magnetic Fields
Homework
Solution
|
| Jan Sojka | The Earth's IonosphereLong Term Evolution of Geospace Climate
Homework
|
| Frank Toffoletto | Lab: Magnetosphere |
| Frank Toffoletto | Solar Wind/Magnetosphere Coupling
Homework
|
| Speaker | Presentations |
|---|---|
| Daniel Baker | Space Weather Effects - PPSpace Weather Effects - PDF
|
| Timothy Bastian | Radiative Signatures of Energetic Particles
Homework
|
| Amitava Bhattacharjee | Introductory Lecture I: Basic Plasma Concepts/Plasma Models |
| Community Coordinated Modeling Center | |
| Community Coordinated Modeling Center | |
| Community Coordinated Modeling Center | |
| Terry Forbes | Models of Flares and CMEs
Homework
|
| Tim Fuller-Rowell | Ionosphere thermosphere response
Homework
Solution
|
| J. Grebowsky | IT Science Overlay |
| David Klumpar | Detection of Energetic Particles
Homework
|
| Janet Kozyra | The Complete Disturbance: Energy Transport
|
| Marty Lee | Particle Acceleration in Shocks
Homework
Solution
|
| Michael Liemohn | Energization of Trapped Particles
Homework
|
| Dana Longcope | Magnetic Reconnection
|
| NASA | |
| Merav Opher | Shocks in Heliophysics
Homework
Solution
|
| Jan Sojka | Introductory Lecture II: An Overview of Space Storms |
| Harlan Spence | Particle Effects on Humans and Biological Tissues - PPParticle Effects on Humans and Biological Tissues - PDF
|
| Vytenis Vasyliunas | Planetary magnetospheres
Homework
Solution
|